Status:

RECRUITING

Modified Breath Test to Determine Anabolic Sensitivity Across Physical Activity States

Lead Sponsor:

University of Toronto

Conditions:

Resistance Exercise

Physical Inactivity

Eligibility:

All Genders

18-35 years

Phase:

NA

Brief Summary

Developing tools to detect when our bodies are more resistant towards protein synthesis is valuable for identification of when someone may be at risk of losing body or muscle mass such as with aging o...

Detailed Description

Maintaining high-quality and abundant lean body mass (LBM) is crucial for growth, health, and performance across all ages, sexes, and activity levels. Body protein, including skeletal muscle, undergoe...

Eligibility Criteria

Inclusion

  • Healthy young (age: 18-35 years)
  • BMI between normal to overweight (18.5-29.9 kg/m2)
  • if oral contraceptive (OC) user, must be on monophasic OCs for at least 3 months prior to study
  • if non-OC user, then must have regular menstrual cycles (length: 25-35 days) for at least 3 months prior to study and at least 6 months off of OCs

Exclusion

  • Chronic disease diagnosis (cardiovascular, thyroid, diabetes)
  • Current or recent remission of cancer
  • Regular use of NSAID (except low-dose aspirin), anticoagulants
  • Use of prescription drugs that would impact muscle protein synthesis (e.g., Statins, Lithium, ADHD medication, etc..)
  • Insertion of intrauterine device (IUD) - exception: copper
  • Smoking
  • Use of illicit drugs (growth hormones, testosterone)

Key Trial Info

Start Date :

January 15 2024

Trial Type :

INTERVENTIONAL

Allocation :

ESTIMATED

End Date :

April 30 2025

Estimated Enrollment :

12 Patients enrolled

Trial Details

Trial ID

NCT06209424

Start Date

January 15 2024

End Date

April 30 2025

Last Update

January 17 2024

Active Locations (1)

Enter a location and click search to find clinical trials sorted by distance.

Page 1 of 1 (1 locations)

1

Goldring Centre for High Performance Sport at the University of Toronto

Toronto, Ontario, Canada, M5S2C9